Front screen and touch screen testing tool

Abstract

The invention provides a front screen and touch screen testing tool, comprising a bottom frame module, a support plate module, a turnover module, a needle die module and a test mainboard. The upper end of the bottom frame module is equipped with the turnover module, which is connected with a carrier. A movable pin and support seats are fixedly mounted on the turnover module. A thrust bearing is arranged between the support seats. One end of the carrier is connected with the movable pin, and the other end is connected with the thrust bearing. The upper end of the carrier is fixedly equipped with the support plate module. The needle die module is disposed at one side of the support plate module. The support plate module and the needle die module cooperate with each other. The test mainboard is disposed at the bottom of the carrier and is connected with the needle die module. With a simple structure, the front screen and touch screen testing tool of the invention is capable of simultaneously testing a front screen and a touch screen, thereby realizing the function of combining two test workstations, improving the test efficiency and reducing manpower cost and test cost. In addition, the operation is convenient, the test error rate is reduced, the product quality is guaranteed, and requirements from customers are satisfied.

Description

technical field [0001] The invention relates to a test fixture for an electronic product, in particular to a test fixture for a front screen and a touch screen. Background technique [0002] Touch screens are widely used in consumer electronics products, and the market demand is also increasing. With the high-end consumer market, customers have higher and higher quality requirements. In the production process of electronic products, quality screening must be carried out at each station. In the traditional testing process, manual testing is mostly used. The operation process is complicated and has certain testing errors. At the same time, there is a certain degree of technical level of operators Requirements, so new employees tend to be less accurate when tested, and the test efficiency through manual testing is lower. The existing method in the market is to conduct a quality test of a station in a traditional process. This test method cannot meet the needs of its production...

AI Technical Summary

Problems solved by technology

In the production process of electronic products, quality screening must be carried out at each station. In the traditional testing process, manual testing is mostly used. The operation process is complicated and has certain testing errors. At the same time, there is a certain degree of technical level of operators Requirements, so new employees tend to be less accurate when tested, and the test efficiency through manual testing is lower

The existing method in the market is to conduct a quality test of a station in a traditional process. This test method cannot meet the needs of its production, and there are often false tests or the phenomenon of passing the test at the station but having problems after assembly. There are serious quality risks

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